A heating solution for mass-producing nanoparticles in a "continuous" manner with uniform particle size.
Unlike conventional heating, which transfers heat from the outside, microwave heating directly and uniformly heats the solution from the inside. 【Feature 1】Uniform Particle Size Microwave heating can rapidly and uniformly raise the temperature of the entire reaction solution, allowing for simultaneous generation and growth of particle nuclei. This enables the production of particles with uniform sizes in a short time. 【Feature 2】Particle Size Control Without Dependence on Protectants When particle size is suppressed using protectants, the remaining organic material can hinder the subsequent sintering process. Since microwaves rapidly and uniformly heat the liquid itself, particle size can be controlled during the nucleation stage, allowing protectants to focus solely on preventing aggregation.
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Device Specifications (Flow-Type Microwave Heating Experimental Equipment) • Microwave Output Power: 1~400W (Semiconductor Oscillation) / 300~6000W (Magnetron Oscillation) • Liquid Flow Rate: 8~800mL/min • Liquid Pressure: ~10Mpa • Heating Temperature: ~350℃ Other Functions • Constant Power Control • PID Temperature Control • Additional Insulation and Cooling Available • High-Precision Liquid Delivery with Non-Pulsating Pump • Overpressure Prevention with Relief Valve
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Continuous synthesis process of nanoparticles
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Our core technology, "microwave," possesses specialized knowledge and know-how that we have cultivated over many years, allowing us to provide valuable products and services developed entirely in-house to meet our customers' needs. In recent years, our strengths in improving productivity and quality have led to adoption across many industries, including heating, drying, and chemical reactions. Please feel free to contact us for technical inquiries or estimates.


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